Effortless Brand: Parker / Part #: Pmx300-10ae-do Deal Alert: 65% Off [FdLyI16o]

Parker PMX300-10AE-DO Pleated Filters

Introducing the Parker PMX300-10AE-DO Pleated Filters, a premium solution for all your filtration needs. These filters are designed to provide exceptional performance and reliability, ensuring that your liquids are free from impurities and contaminants. With their advanced construction and high-quality materials, these filters are a perfect choice for a wide range of applications.

Product Specifications

The Parker PMX300-10AE-DO Pleated Filters are engineered with meticulous attention to detail. Here are some of the key specifications that make this filter stand out:

• Filter Type: Pleated
• Style: Pleated-Melt Blown & Spun Bonded
• Length (Inch): 10
• Outside Diameter (Inch): 2-1/2
• Micron Rating: 30
• Construction: Polypropylene
• Material: Polypropylene
• Core Material: Polypropylene
• For Use With: Liquids
• Media Material: Polypropylene
• Material Grade: FDA
• Maximum Flow Rate (Gpm - 2 Decimals): 5.00
• Maximum Work Temperature (Deg F - 3 Decimals): 200.000

These specifications ensure that the filter meets the highest industry standards and is suitable for various applications, including food processing, pharmaceuticals, and industrial applications.

Practical Uses and Benefits

The Parker PMX300-10AE-DO Pleated Filters are versatile and highly effective in a variety of settings. Whether you need to purify water, remove particles from chemicals, or filter out contaminants in pharmaceutical products, these filters are up to the task. With their FDA-grade materials, they are safe for use in food and beverage applications, giving you peace of mind. The high flow rate and maximum working temperature make them ideal for high-pressure and high-temperature environments. The target audience for these filters includes manufacturers, processors, and any business that requires precise filtration solutions for their liquids. Invest in the Parker PMX300-10AE-DO Pleated Filters and experience the difference in quality and performance.